TW201341991A - Alarm clock managing and controlling system and method of electronic device - Google Patents

Alarm clock managing and controlling system and method of electronic device Download PDF

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TW201341991A
TW201341991A TW101113631A TW101113631A TW201341991A TW 201341991 A TW201341991 A TW 201341991A TW 101113631 A TW101113631 A TW 101113631A TW 101113631 A TW101113631 A TW 101113631A TW 201341991 A TW201341991 A TW 201341991A
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alarm
time
module
period
electronic device
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TW101113631A
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Chinese (zh)
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TWI548956B (en
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ren-wen Huang
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Hon Hai Prec Ind Co Ltd
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    • G—PHYSICS
    • G04—HOROLOGY
    • G04G—ELECTRONIC TIME-PIECES
    • G04G13/00—Producing acoustic time signals
    • G04G13/02—Producing acoustic time signals at preselected times, e.g. alarm clocks
    • G04G13/026—Producing acoustic time signals at preselected times, e.g. alarm clocks acting at a number of different times

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  • General Physics & Mathematics (AREA)
  • Electric Clocks (AREA)
  • Electromechanical Clocks (AREA)
  • Telephone Function (AREA)

Abstract

An alarm clock managing and controlling system of an electronic device includes an alarm clock setting module, a controlling module and an alarm clock module. The alarm clock setting module is configured for setting alarm clock time. The controlling module is configured for sending an alarm clock instruction to the alarm clock module when a time reaches the alarm clock time. The alarm clock module is configured for turning on the alarm clock according to the alarm clock instruction. The alarm clock managing and controlling system further includes an alarm clock recording module and an alarm clock studying module. The alarm clock recording module is configured for recording the alarm clock setting by the alarm clock setting module during a period. The alarm clock studying module is configured for determining a cycle of the alarm clock and the alarm clock time of each day in the next each cycle according to the alarm clock time in the period. The controlling module further is configured for controlling the alarm clock setting module to automatically setting the alarm clock time of next each day according to the determined alarm clock time. The invention also discloses a alarm clock managing and controlling method of an electronic device.

Description

電子裝置的鬧鐘管控系統及鬧鐘管控方法Alarm clock control system for electronic device and alarm control method

本發明涉及一種塗層去除裝置及其去除塗層的方法。The present invention relates to a coating removal apparatus and a method of removing the same.

越來越多的人利用手機的鬧鐘功能來叫醒自己起床。然而，現在大部分手機還只能設置一個鬧鈴時間，如果用戶在一段時間內需要週期性的改變鬧鐘時間，例如，將星期一到星期五的鬧鐘時間設置為第一時間，星期六到星期天的鬧鐘時間設置為第二時間，則需要用戶定期手動設置進行更改，這給用戶帶來了不便。More and more people use the alarm clock function of the mobile phone to wake up and get up. However, most mobile phones can only set an alarm time now. If the user needs to periodically change the alarm time for a period of time, for example, set the alarm time from Monday to Friday to the first time, the alarm clock from Saturday to Sunday. When the time is set to the second time, the user needs to manually set the change periodically, which brings inconvenience to the user.

鑒於此，有必要提供一種應用於電子裝置上的具有學習功能的鬧鐘管控系統及鬧鐘管控方法。In view of this, it is necessary to provide an alarm clock control system with learning function and an alarm clock control method applied to an electronic device.

一種電子裝置的鬧鐘管控系統，該鬧鐘管控系統包括鬧鐘設置模組、控制模組及鬧鈴模組，所述鬧鐘設置模組用於設置鬧鈴時間，控制模組用於時間到達鬧鈴時間時發送鬧鈴指令給鬧鈴模組，鬧鈴模組用於根據鬧鈴指令開啟鬧鈴，所述鬧鐘管控系統還包括鬧鐘記錄模組及鬧鐘學習模組，鬧鐘記錄模組用於記錄用戶在一段時間內通過鬧鐘設置模組設置的鬧鈴時間，該段時間包含至少一個週期時間，所述週期時間內包含至少兩個不同的鬧鈴時間，鬧鐘學習模組用於根據在該段時間內的鬧鈴時間確定設置鬧鈴的週期並根據該週期內的鬧鈴時間確定後續每個週期內的每天的鬧鈴時間，控制模組還根據確定的鬧鈴時間控制鬧鐘設置模組自動設置後續每天的鬧鈴時間。An alarm clock control system for an electronic device, the alarm control system includes an alarm setting module, a control module, and an alarm module, wherein the alarm setting module is used to set an alarm time, and the control module is used to time to reach an alarm time. The alarm command is sent to the alarm module, and the alarm module is used to start the alarm according to the alarm instruction. The alarm control system further includes an alarm recording module and an alarm learning module, and the alarm recording module is used to record the user. Setting an alarm time set by the alarm module for a period of time, the period of time includes at least one cycle time, the cycle time includes at least two different alarm times, and the alarm learning module is used according to the time period The alarm time in the setting determines the period of setting the alarm and determines the daily alarm time in each subsequent period according to the alarm time in the period. The control module also controls the alarm setting module to automatically set according to the determined alarm time. Follow-up daily alarm time.

一種電子裝置的鬧鐘管控方法包括：A. 用戶在一段時間內設置鬧鈴時間，該段時間包含至少一個週期時間，所述週期時間內包含至少兩個不同的鬧鈴時間；B．記錄用戶在該段時間內設置的鬧鈴時間；C．根據在該段時間內的鬧鈴時間確定設置鬧鈴的週期並根據該週期內的鬧鈴時間確定後續每個週期內的每天的鬧鈴時間；D．根據確定的鬧鈴時間自動設置後續每天的鬧鈴時間；E．在時間到達鬧鈴時間時發送鬧鈴指令；F．根據鬧鈴指令開啟鬧鈴。An alarm control method for an electronic device includes: A. The user sets an alarm time for a period of time, the period of time includes at least one cycle time, and the cycle time includes at least two different alarm times; Record the alarm time set by the user during the period; C. Determining a period of setting an alarm according to an alarm time in the period of time and determining an alarm time of each day in each subsequent period according to an alarm time in the period; D. Automatically setting the subsequent daily alarm time according to the determined alarm time; E. Send an alarm command when the time reaches the alarm time; F. Turn on the alarm according to the alarm command.

上述電子裝置的鬧鐘管控系統及鬧鐘管控方法，通過學習用戶在複數天內設置的鬧鐘就可自動設置後續每天的鬧鐘，用戶可不必頻繁的更改鬧鐘時間，設置鬧鐘更方便。The alarm control system and the alarm control method of the above electronic device can automatically set the subsequent daily alarm clock by learning the alarm clock set by the user within a plurality of days, and the user can change the alarm time frequently and set the alarm clock more conveniently.

請參閱圖1，一種電子裝置的鬧鐘管控系統100包括鬧鐘設置模組10、鬧鐘記錄模組20、鬧鐘學習模組30、控制模組40及鬧鈴模組50。鬧鐘設置模組10用於設置鬧鈴時間。鬧鐘記錄模組20用於記錄用戶在一段時間內通過鬧鐘設置模組10設置的鬧鈴時間，該段時間包含至少一個週期時間，所述週期時間內包含至少兩個不同的鬧鈴時間。鬧鐘學習模組30根據在該段時間內的鬧鈴時間確定設置鬧鈴的週期並根據該週期內的鬧鈴時間確定後續每個週期內的每天的鬧鈴時間。如，用戶在兩周內的週一至週五設置的鬧鈴時間均為早上7:00，週六至周天設置的鬧鈴時間均為9:00，鬧鐘學習模組30根據用戶在此兩周內的鬧鈴時間確定鬧鈴設置的週期為一周並確定後續每週內中的週一至週五設置的鬧鈴時間為早上7：00，週六至周天設置的鬧鈴時間為早上9:00。控制模組40根據確定的鬧鈴時間控制鬧鐘設置模組10自動設置後續每天的鬧鈴時間，即在每週的週一至週五將鬧鐘自動設置為早上7:00，在每週的週六至周天將鬧鐘自動設置為早上9:00。控制模組40還用於時間到達鬧鈴時間時發送鬧鈴指令給鬧鈴模組50。鬧鈴模組50根據鬧鈴指令開啟鬧鈴，叫醒用戶。Referring to FIG. 1 , an alarm control system 100 for an electronic device includes an alarm setting module 10 , an alarm recording module 20 , an alarm learning module 30 , a control module 40 , and an alarm module 50 . The alarm setting module 10 is used to set an alarm time. The alarm clock recording module 20 is configured to record an alarm time set by the user through the alarm setting module 10 for a period of time, where the period of time includes at least one period of time, and the period of time includes at least two different alarm times. The alarm learning module 30 determines the period of setting the alarm according to the alarm time in the period of time and determines the daily alarm time in each subsequent period according to the alarm time in the period. For example, the alarm time set by the user from Monday to Friday in two weeks is 7:00 in the morning, and the alarm time set on Saturday to Sunday is 9:00. The alarm learning module 30 is based on the user. The alarm time in the week determines that the alarm setting period is one week and determines that the alarm time set from Monday to Friday in the following week is 7:00 in the morning, and the alarm time set in Saturday to Sunday is 9 in the morning. :00. The control module 40 controls the alarm setting module 10 to automatically set the subsequent daily alarm time according to the determined alarm time, that is, the alarm is automatically set to 7:00 in the morning on Monday to Friday, on the weekly Saturday. The alarm clock is automatically set to 9:00 in the morning until Sunday. The control module 40 is further configured to send an alarm command to the alarm module 50 when the time reaches the alarm time. The alarm module 50 turns on the alarm according to the alarm instruction and wakes up the user.

鬧鐘管控系統100還包括休息時長設置模組60及噪音偵測模組70。休息時長設置模組60用於預設用戶休息時長，如7個小時。噪音偵測模組70用於根據該鬧鐘時間以及該預設用戶休息時長得到一預設用戶休息時刻，在預設用戶休息時刻的一預設範圍內偵測環境噪音。其中，噪音偵測模組70確定該前於該鬧鈴時間該預設休息時長的時刻為預設用戶休息時刻。控制模組40還用於所述預設範圍內偵測電子裝置是否被操作。例如，一鬧鐘時間為早上6點，休息時長為7小時，則預設用戶休息時刻為晚上11點。該預設範圍可由用戶設定或系統默認，例如，該預設範圍設置為預設用戶休息時刻前半小時，則噪音偵測模組70在晚上的10：30-11:00偵測環境噪音。噪音偵測模組70還用於判斷在一預設時段（如10分鐘）內偵測到的噪音是否均小於一預設值。如果控制模組40在該預設範圍內未偵測到用戶對電子裝置的操作且噪音偵測模組70判斷在所述預設時段內偵測到的噪音小於該預設值，默認用戶已進入睡眠狀態，控制模組40關閉除時鐘及鬧鈴外的其他功能模組80。當時鐘到達鬧鈴時間時，控制模組40控制鬧鈴模組50開啟鬧鈴並重新開啟已被關閉的其他功能模組80。The alarm clock control system 100 further includes a rest time setting module 60 and a noise detecting module 70. The rest time setting module 60 is used to preset the user's rest time, such as 7 hours. The noise detecting module 70 is configured to obtain a preset user rest time according to the alarm time and the preset user rest time, and detect the ambient noise within a preset range of the preset user rest time. The noise detecting module 70 determines that the preset time of the preset rest time before the alarm time is the preset user rest time. The control module 40 is further configured to detect whether the electronic device is operated within the preset range. For example, if the alarm time is 6 am and the rest time is 7 hours, the default user rest time is 11 o'clock. The preset range can be set by the user or the system default. For example, if the preset range is set to the first half hour of the preset user rest time, the noise detecting module 70 detects the ambient noise at 10:30-11:00 in the evening. The noise detection module 70 is further configured to determine whether the noise detected within a predetermined period of time (eg, 10 minutes) is less than a preset value. If the control module 40 does not detect the user's operation on the electronic device within the preset range and the noise detection module 70 determines that the noise detected during the preset time period is less than the preset value, the default user has After entering the sleep state, the control module 40 turns off the other function modules 80 except the clock and the alarm. When the clock reaches the alarm time, the control module 40 controls the alarm module 50 to turn on the alarm and re-open the other function modules 80 that have been turned off.

請參閱圖2，為一實施方式中電子裝置的鬧鐘管控方法的流程圖，包括以下步驟：Please refer to FIG. 2 , which is a flowchart of an alarm control method for an electronic device in an embodiment, including the following steps:

用戶在一段時間內通過鬧鐘設置模組10設置鬧鈴時間，該段時間包含至少一個週期時間，該週期時間內包含至少兩個不同的鬧鈴時間（步驟S501）。The user sets the alarm time through the alarm setting module 10 for a period of time, and the period of time includes at least one period of time, the period of time including at least two different alarm times (step S501).

鬧鐘記錄模組20記錄用戶在該段時間內設置的鬧鈴時間（步驟S502）。The alarm clock recording module 20 records the alarm time set by the user during the period of time (step S502).

鬧鐘學習模組30根據該段時間內的鬧鈴時間確定設置鬧鈴的週期並根據該週期內的鬧鈴時間確定後續每個週期內的每天的鬧鈴時間（步驟S503）。The alarm learning module 30 determines the period of setting the alarm according to the alarm time in the period of time and determines the daily alarm time in each subsequent period according to the alarm time in the period (step S503).

控制模組40根據確定的鬧鈴時間控制鬧鐘設置模組10自動設置後續每天的鬧鈴時間（步驟S505）。The control module 40 controls the alarm setting module 10 to automatically set the subsequent daily alarm time according to the determined alarm time (step S505).

控制模組40在時間到達鬧鈴時間時發送鬧鈴指令給鬧鈴模組50（步驟S507）。The control module 40 sends an alarm command to the alarm module 50 when the time reaches the alarm time (step S507).

鬧鈴模組50根據鬧鈴指令開啟鬧鈴，叫醒用戶（步驟S509）。The alarm module 50 turns on the alarm according to the alarm instruction, and wakes up the user (step S509).

在其他實施方式中，如圖3，相比較於上述實施例，在步驟S505與步驟S507之間還包括以下步驟：In other embodiments, as shown in FIG. 3, compared with the above embodiment, the following steps are further included between step S505 and step S507:

噪音偵測模組70根據該鬧鐘時間以及該預設用戶休息時長得到一預設用戶休息時刻，並在預設用戶休息時刻的一預設範圍內偵測環境噪音。其中，噪音偵測模組70確定該前於該鬧鈴時間該預設休息時長的時刻為預設用戶休息時刻。（步驟S511）。The noise detecting module 70 obtains a preset user rest time according to the alarm time and the preset user rest time, and detects the environmental noise within a preset range of the preset user rest time. The noise detecting module 70 determines that the preset time of the preset rest time before the alarm time is the preset user rest time. (Step S511).

控制模組40在該預設範圍內偵測該電子裝置是否被操作。（步驟S513）The control module 40 detects whether the electronic device is operated within the preset range. (Step S513)

如果在步驟S513中，在所述預設範圍內未偵測到對電子裝置的操作，噪音偵測模組70判斷在一預設時段內偵測到的噪音是否均小於一預設值（步驟S515）。If the operation of the electronic device is not detected within the preset range in step S513, the noise detecting module 70 determines whether the detected noise is less than a preset value in a preset period of time (steps) S515).

如果在步驟S513中，在所述預設範圍內偵測到對電子裝置的操作，則轉至步驟S507。If the operation of the electronic device is detected within the preset range in step S513, the process proceeds to step S507.

如果在步驟S515中，在所述預設時段內偵測到的噪音均小於所述預設值，控制模組40關閉除時鐘及鬧鈴外的其他功能模組80（步驟S517）。If the detected noise during the preset time period is less than the preset value in step S515, the control module 40 turns off the function module 80 other than the clock and the alarm (step S517).

如果在步驟S515中，在所述預設時段內偵測到的噪音並不是都小於所述預設值，則轉至步驟S507。If the noise detected within the preset time period is not all less than the preset value in step S515, then go to step S507.

當時鐘到達鬧鈴時間時，控制模組40重新開啟已被關閉的其他功能模組80（步驟S519）。When the clock reaches the alarm time, the control module 40 reopens the other function modules 80 that have been turned off (step S519).

上述電子裝置的鬧鐘管控系統100及方法，通過學習用戶在複數天內設置的鬧鐘就可自動設置後續每天的鬧鐘，用戶可不必頻繁的更改鬧鐘時間，設置鬧鐘更方便。此外，該鬧鐘管控系統100及方法通過偵測用戶在休息時刻的噪音及電子裝置是否被操作確定用戶是否休息，並在休息後關閉除時鐘及鬧鈴外的其他功能模組，如此，不僅節省了具有該鬧鐘管控系統100的手機等電子裝置的電量，還可降低手機等電子裝置對用戶的輻射。The alarm clock control system 100 and method of the above electronic device can automatically set the subsequent daily alarm clock by learning the alarm clock set by the user within a plurality of days, and the user can change the alarm time frequently and set the alarm clock more conveniently. In addition, the alarm clock control system 100 and the method determine whether the user rests by detecting the noise of the user at the time of rest and whether the electronic device is operated, and turn off other function modules except the clock and the alarm after the break, thus saving not only The power of the electronic device such as a mobile phone having the alarm control system 100 can also reduce the radiation of the electronic device such as a mobile phone to the user.

100．．．鬧鐘管控系統100. . . Alarm clock control system

10．．．鬧鐘設置模組10. . . Alarm setting module

20．．．鬧鐘記錄模組20. . . Alarm clock recording module

30．．．鬧鐘學習模組30. . . Alarm clock learning module

40．．．控制模組40. . . Control module

50．．．鬧鈴模組50. . . Alarm module

60．．．休息時長設置模組60. . . Rest time setting module

70．．．噪音偵測模組70. . . Noise detection module

80．．．其他功能模組80. . . Other function modules

步驟S501-步驟S519．．．鬧鐘管控方法Step S501 - step S519. . . Alarm clock control method

圖1為一實施方式中電子裝置的鬧鐘管控系統的模組圖。1 is a block diagram of an alarm control system of an electronic device in an embodiment.

圖2為一實施方式中電子裝置的鬧鐘管控方法的流程圖。2 is a flow chart of an alarm control method of an electronic device in an embodiment.

圖3為另一實施方式中電子裝置的鬧鐘管控方法的流程圖。3 is a flow chart of an alarm control method of an electronic device in another embodiment.

100．．．鬧鐘管控系統100. . . Alarm clock control system

10．．．鬧鐘設置模組10. . . Alarm setting module

20．．．鬧鐘記錄模組20. . . Alarm clock recording module

30．．．鬧鐘學習模組30. . . Alarm clock learning module

40．．．控制模組40. . . Control module

50．．．鬧鈴模組50. . . Alarm module

60．．．休息時長設置模組60. . . Rest time setting module

70．．．噪音偵測模組70. . . Noise detection module

80．．．其他功能模組80. . . Other function modules

Claims (10)

一種電子裝置的鬧鐘管控系統，該鬧鐘管控系統包括鬧鐘設置模組、控制模組及鬧鈴模組，所述鬧鐘設置模組用於設置鬧鈴時間，控制模組用於時間到達鬧鈴時間時發送鬧鈴指令給鬧鈴模組，鬧鈴模組用於根據鬧鈴指令開啟鬧鈴，其改良在於，所述鬧鐘管控系統還包括鬧鐘記錄模組及鬧鐘學習模組，鬧鐘記錄模組用於記錄用戶在一段時間內通過鬧鐘設置模組設置的鬧鈴時間，該段時間包含至少一個週期時間，所述週期時間內包含至少兩個不同的鬧鈴時間，鬧鐘學習模組用於根據在該段時間內的鬧鈴時間確定設置鬧鈴的週期並根據該週期內的鬧鈴時間確定後續每個週期內的每天的鬧鈴時間，控制模組還根據確定的鬧鈴時間控制鬧鐘設置模組自動設置後續每天的鬧鈴時間。An alarm clock control system for an electronic device, the alarm control system includes an alarm setting module, a control module, and an alarm module, wherein the alarm setting module is used to set an alarm time, and the control module is used to time to reach an alarm time. The alarm command is sent to the alarm module, and the alarm module is used to start the alarm according to the alarm instruction. The improvement is that the alarm control system further includes an alarm recording module and an alarm learning module, and an alarm recording module. It is used to record an alarm time set by the user through the alarm setting module for a period of time, the period of time includes at least one cycle time, the cycle time includes at least two different alarm times, and the alarm learning module is used according to The alarm time in the period of time determines the period of setting the alarm and determines the daily alarm time in each subsequent period according to the alarm time in the period, and the control module also controls the alarm setting according to the determined alarm time. The module automatically sets the subsequent daily alarm time. 如申請專利範圍第1項所述之電子裝置的鬧鐘管控系統，其中，鬧鐘管控系統還包括休息時長設置模組，休息時長設置模組用於預設用戶休息時長，在外部環境滿足第一條件時，控制模組在預設用戶休息時刻關閉除時鐘及鬧鈴外的其他功能模組，預設用戶休息時刻為前於該鬧鈴時間該預設休息時長的時刻。The alarm clock control system of the electronic device according to claim 1, wherein the alarm control system further comprises a rest time setting module, and the rest time setting module is configured to preset the rest time of the user, and the external environment satisfies In the first condition, the control module turns off other function modules except the clock and the alarm at the preset user rest time, and presets the user's rest time to be the time of the preset rest time before the alarm time. 如申請專利範圍第2項所述之電子裝置的鬧鐘管控系統，其中，鬧鐘管控系統還包括噪音偵測模組，噪音偵測模組用於在預設用戶休息時刻的一預設範圍內偵測環境噪音，所述第一條件包括在一預設時段內噪音偵測模組偵測到的噪音均小於一預設值。The alarm clock control system of the electronic device of claim 2, wherein the alarm control system further comprises a noise detection module, wherein the noise detection module is configured to detect within a preset range of preset user rest time The ambient noise is measured, and the first condition includes that the noise detected by the noise detecting module is less than a preset value in a predetermined period of time. 如申請專利範圍第2項所述之電子裝置的鬧鐘管控系統，其中，在時間到達鬧鈴時間時，所述控制模組在其他功能關閉的情況下還重新開啟已被關閉的功能模組。The alarm clock control system of the electronic device of claim 2, wherein, when the time reaches the alarm time, the control module reopens the closed function module when other functions are turned off. 如申請專利範圍第3項所述之電子裝置的鬧鐘管控系統，其中，控制模組還用於在所述預設範圍內偵測電子裝置是否被操作，所述第一條件還包括在所述預設時段內控制模組未偵測到電子裝置被觸摸。The alarm clock control system of the electronic device of claim 3, wherein the control module is further configured to detect whether the electronic device is operated within the preset range, the first condition further included in the The control module does not detect that the electronic device is touched within the preset time period. 一種電子裝置的鬧鐘管控方法，該方法包括步驟：
A．用戶在一段時間內設置鬧鈴時間，該段時間包含至少一個週期時間，所述週期時間內包含至少兩個不同的鬧鈴時間；
B．記錄用戶在該段時間內設置的鬧鈴時間；
C．根據在該段時間內的鬧鈴時間確定設置鬧鈴的週期並根據該週期內的鬧鈴時間確定後續每個週期內的每天的鬧鈴時間；
D．根據確定的鬧鈴時間自動設置後續每天的鬧鈴時間；
E．在時間到達鬧鈴時間時發送鬧鈴指令；
F．根據鬧鈴指令開啟鬧鈴。An alarm clock control method for an electronic device, the method comprising the steps of:
A. The user sets an alarm time for a period of time, the period of time includes at least one cycle time, and the cycle time includes at least two different alarm times;
B. Record the alarm time set by the user during the period of time;
C. Determining a period of setting an alarm according to an alarm time in the period of time and determining an alarm time of each day in each subsequent period according to an alarm time in the period;
D. Automatically setting the subsequent daily alarm time according to the determined alarm time;
E. Send an alarm command when the time reaches the alarm time;
F. Turn on the alarm according to the alarm command. 如申請專利範圍第6項所述之電子裝置的鬧鐘管控方法，其中，在步驟D後還包括步驟：在外部環境滿足第一條件時，在一預設用戶休息時刻關閉除時鐘及鬧鈴外的其他功能模組，所述預設用戶休息時刻為前於該鬧鈴時間一預設休息時長的時刻。The method for controlling an alarm clock of an electronic device according to the sixth aspect of the invention, wherein after the step D, the method further includes the step of: turning off the clock and the alarm at a preset user rest time when the external environment satisfies the first condition The other function module, the preset user rest time is a time before the preset time of the alarm time. 如申請專利範圍第7項所述之電子裝置的鬧鐘管控方法，其中，還包括步驟：在預設用戶休息時刻的一預設範圍內偵測環境噪音，所述第一條件包括在一預設時段內偵測到的噪音均小於一預設值。The method for controlling an alarm clock of an electronic device according to claim 7 , further comprising the steps of: detecting ambient noise within a preset range of a preset user rest time, wherein the first condition includes a preset The noise detected during the time period is less than a preset value. 如申請專利範圍第7項所述之電子裝置的鬧鐘管控方法，其中，還包括步驟：在時間到達鬧鈴時間時，在其他功能關閉的情況下重新開啟已被關閉的功能模組。The method for controlling an alarm clock of an electronic device according to claim 7, further comprising the steps of: when the time reaches the alarm time, reopening the closed function module when other functions are turned off. 如申請專利範圍第8項所述之電子裝置的鬧鐘管控方法，其中，還包括步驟：在所述預設範圍內偵測電子裝置是否被操作，所述第一條件還包括在所述預設時段內未偵測到電子裝置被觸摸。The method for controlling an alarm clock of an electronic device according to claim 8 , further comprising the steps of: detecting whether the electronic device is operated within the preset range, the first condition further comprising the preset The electronic device was not detected to be touched during the time period.
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